M342478 八、新型說明： 【新型所屬之技術領域】 本創作為關於燃氣具之點火及燃氣供應的技術，尤指一種可使 點火作業更為順暢、而點火作業失敗時又可對燃氣供應進行安全阻 斷的吸磁式燃氣閥安全控制裝置。 【先前技術】 為了使用上的安全，一般的燃氣具會在爐口設置熱電偶，以驅 動個可以阻斷燃氣供應的電磁閥，在理想的使用狀態下，熱電偶 於火釦存在時就會運作，並提供電磁閥開啟時所需的電力，當火焰 熄滅時’熱電偶的溫度就會下降，而在無法提供電力的情況下，就 可使電磁__氣供應，為—麵界常防止職料的技術 手段。 在點火初期，由於火焰才剛開始產生，熱電偶在短時間内並盈 勒皮立刻加熱至可·電力的工作溫度，目此，料發生點火不順 暢或點火作業失敗的問題。 為了使點火作業更為順暢，創作人早先曾設計出一種「辦氣且 =磁如火控纖置」，其係在燃氣具之每―爐口的燃氣供應端 =了__應進行安全晴的電酬，該電磁閥包含一主線 谢彻繼電偶 酿度下㈣，主線圈即失去電力而阻斷爐口燃氣之供應；而前述輔 M342478 助線圈之f力勤-初誠火控鮮元所提供，於細輕束點火 _而細火_產生且熱電偶尚未虹作溫度時，可令辅助線圈 作動而保持賊絲⑽碰口火焰，賴·能婦續加敎達工 作溫度(例如··於使用者停止點火操作時，仍保持燃氣供應^秒 的時間’使火焰持續產生而對熱電偶進行加熱）。據此，以透過辅 ==的運作’來改善因熱電偶於點火初期容祕生工作溫度不足 的猶妒:〜先之創作為種透過雙線圈來對電磁閥進行啟閉控制 、寸解段，除了能發揮熱電偶於火焰熄滅時的安全 之外’並且可解決熱電偶初期點火時，容易點火失敗的問題；惟， a j研&出上相雙、_對電磁閥進行啟閉控制的技術手段 用更减點火的過程進行全面性的研發’以使燃氣具的使 置。，、、'女王與便利，進而研發出本創作「吸磁式燃氣閥安全控制裝 【新型内容】 ,燃氣閥安全控制裝 創作之主要目的，係在提供一種「吸磁式） 置」以使燃氣具的使収為安全與便利。 置-til相的’本創作係麵氣具之每—爐口的燃氣供應端設 圈、-辅γΓ應進行安全轉的電磁閥，該電磁_由一主線 於爐口的㈣；當爐"具有火鱗，主_之電力由一設 、里、’、、、一㈣工作溫度時所提供，當火财途熄滅而使熱電 6 M342478 偶溫度下降時，主線圈即失去命 圈之兩力#& % ㈣、盧口燃氣之供應；辅助線 圈之％力係由-捕財控制單 而爐口火焰剛產生且敎電偶内去、吾 於使用者結束點火操作 』座生且…电偶尚未達工作溫度時，可 而保持燃氣供應轉_ π火培 度，其中，她點火控制單元持'熱達工作溫 , w雄子感應火焰振S單元連接，兮 •料錢火焰振鮮福與—設於爐口_切火焰檢遠〆 -接，以於使用者結束，點火操作而爐口火焰未產生時，令初期 火失敗^發生燃氣瀰漫於爐口的情形。 ’ 所述燃輪_細，_ ΓΓΪ進行點火操作的微動開關，前述與各爐口所』的=二 、&制早痛連接於同—離 透tn所有的點火暨火麟知針會同步進行高魏電，並 點火控制«令對應的初期 — 作， 幻工制早兀可包含一個或二個在使用去 火知作時才會進行緩慢放電的延遲電容。 相較於先前技術，本創作 逢單元連接，V 卿初1以控制早兀與離子感應火焰振 時，入、置 制者結絲域作耐紅火縣依預期產生 應，無法對輔助線圈提供電力而崎_供 J點火失敗時發生燃氣瀰漫於爐口的情形。 M342478 【實施方式】 列舉適於本創作之實施方式並配 以下依據本創作之技術手段， 合圖示說明如後： 〃請娜-輪，縣帛„構㈣圖，此實 在Li、之母爐叫燃氣供應端設置—可雜氣供應進行安全 阻斷的電磁_，該電磁閥1Q係由—主線圈一辅助線圈所控制； f線麵_其卜顿，㈣電卿G作動而開啟燃 氣的流通狀恶。 、盖/、有火㈣，主線圈之電力係由於爐Π的熱電偶20 =、到工作，皿度日请提供，當火焰中途媳滅而使熱電偶卻溫度下降 時，主線_失去電力峨斷爐明氣之供應。 辅助線圈之電力係由一初期點火控制單元30所提供，在使用者 絲點火操觸爐口火_產生，但熱電偶2{)尚棚達工作溫度 牯可7辅助線圈作動而保持燃氣供應以維持爐口火焰，使熱電偶 20能被持續加熱達工作溫度。 別述之初齡火控鮮兀3G與—離子感應火焰振盪單元仙連 接’該離子感應火焰振盡單元40係與一設於爐口的點火暨火焰檢知 ’十連接卩於使用者結束點火操作而爐口火焰未產生時，令 點火控制單元40無法對辅助線圈提供電力而阻斷燃氣的供應/ —本創作在實施時，職具可以設置—倾兩健口，本實施例 圖不中，燃氣具設有兩個爐口，且對應於每一爐口設有—供使用者 進行點火操作的微動咖6G，前述與各鈔所對應的蝴點火控制 8 M342478 .=0係輪㈣询撕辦元 一糊關60時’所有的點火暨火•知針5。二者觸;任 琶，並透過點火暨火焰檢知針5 θ "進仃南壓放 入斟靡64、# 反饋偵測有火焰產生的爐口，以 W為刀观火控制單元3〇能對相對 進行供電。 私阀1U之辅助線圈 前述初期點火控告丨 f 早30蝴目對應的電磁閥10之辅助_ 姑田土 又係在初期點火控制單元30内設置一個. 使用者按驗朗闕6G時會進 電容3!係於使用者停止 曰电的延遲電容31，該延遲 r 1 τ "，火紅作日守(釋放微動開關Θ0)才奋進行、緩 杈放電，使電磁閥10的辅助線 "'' 犄間，讓熱電偶20能被充分的被加熱 、〜 产。 、j j杈供主線圈電力的工作溫 ιΓΓ在此延伽氣的供應的過程中，點火暨火焰檢知針50已測 付灿為不存在的狀態，離子感應火焰振蘯單元40就會立即使初期 j火控制早兀3G無法對職電磁閥1G之辅助線圈進行供電，以中 斷燃氣之供應’進而防止初期點火失敗時發生燃_漫於爐口的情 H此心讓點火體更為祕，且點火作業失敗時又可對燃氣 1、應進行安全阻斷。 請《第二圖所示，係本創作第二實施例之構成示意圖，第二 實施例與第4_在運侧舰及轉的技解段上_，其不 同之處在於第二實施例的各初期點火控解元3()内配置了二個延 遲電容31，於制者按麵動_ 6〇時會進行瞬間充電，以配合 M342478 前述辅助線圈運作。 —請參’三圖所示，係本創三實施例之構成示意圖，第三 =施例與前述第-、第二實施齡要的技術手段大致姻，而第三 貫_較特別之處’是所實施的燃氣具設置有多爐口，每一爐口設 有-供朗者進行點火操作的微動順6G，且對應於每—初期點火 控制單元30設有一離子感應火焰振盪單元4〇。 當任—微崎關6〇被觸壓時，對應於同—爐口的點火暨火焰檢 知針50才會進行高毅電點火的動作，並且同時可對爐口火焰是否 產生進行反饋偵測。 綜上所述，本創作係透過離子感應火焰振盪單元4〇的設置，以 依據火焰存在與否，來對電·㈣之辅猶_行斷電控以防 止電磁閥1G於對應爐口火焰未產生時，延遲魏的供應，可有效防 止初期點火失敗時，燃氣彌漫於爐口的情形。 惟，以上之實施說明及圖式所示，係本創 又丨土焉施例者，並 非以此本創作。是以，舉凡與本創作 、 衣置、特料笼、斤M342478 VIII. New description: [New technical field] This creation is about the ignition and gas supply technology of gas appliances, especially one that can make the ignition operation smoother and the ignition operation fails. Supply of magnetically sealed gas valve safety control devices for safe blocking. [Prior Art] In order to use safety, a general gas appliance will be equipped with a thermocouple at the mouth of the furnace to drive a solenoid valve that can block the supply of gas. Under ideal conditions, the thermocouple is present in the presence of a fire button. It will operate and provide the power required to open the solenoid valve. When the flame is extinguished, the temperature of the thermocouple will drop. If the power cannot be supplied, the electromagnetic supply will be available. Often prevent the technical means of the material. At the beginning of the ignition, since the flame is just beginning to be generated, the thermocouple is immediately heated to the operating temperature of the electric power in a short time, and the problem is that the ignition is not smooth or the ignition operation fails. In order to make the ignition work smoother, the creator had previously designed a "gas and = magnetic as fire control fiber", which is in the gas supply end of each gas stove = __ should be carried out Safe and sunny electric remuneration, the solenoid valve contains a main line Xiecher relay power (4), the main coil loses power and blocks the supply of gas at the mouth; and the aforementioned auxiliary M342478 assists the coil of the force - Chucheng The fire control fresh element is provided, and the fine light beam is ignited _ while the fine fire _ is generated and the thermocouple has not been used for the temperature of the rainbow, the auxiliary coil can be activated to keep the thief silk (10) from hitting the flame, and the Lai can continue to work. The temperature (for example, when the user stops the ignition operation, the gas supply is kept for a period of seconds), the flame is continuously generated and the thermocouple is heated. According to this, the operation of the auxiliary auxiliary == to improve the temperature of the thermocouple due to the lack of working temperature at the beginning of the ignition: ~ First creation is the kind of double-coil to open and close the solenoid valve control, inch solution The segment, in addition to the safety of the thermocouple when the flame is extinguished, can solve the problem of easy ignition failure when the thermocouple is initially ignited; however, aj research & output phase double, _ solenoid valve opening and closing control The technical means to carry out comprehensive research and development with a more igniting process to enable the gas appliance to be placed. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, In order to make the gas appliance safe and convenient. Set-til phase of the 'creation of the surface of the gas - each furnace gas supply end of the ring, - auxiliary γ Γ should be safely rotated solenoid valve, the electromagnetic _ by a main line at the mouth of the furnace (four); "With fire scales, the power of the main _ is provided by the operating temperature of a set, inner, ',, and one (four). When the fire and fuel path is extinguished and the temperature of the thermoelectric 6 M342478 is lowered, the main coil is lost. Two Forces #&% (4), the supply of Lukou gas; the % of the auxiliary coil is controlled by the -harvest control and the flame of the furnace is just generated and the inside of the furnace is gone, and the user ends the ignition operation. And... when the galvanic couple has not reached the working temperature, the gas supply can be kept _ π fire penetration degree, wherein her ignition control unit holds 'heat up working temperature, w male son senses flame vibration S unit connection, 兮• 钱钱火焰Zhenshengfu and - set at the mouth of the furnace _ cut flame inspection 〆-connection, in order to end the user, the ignition operation and the furnace flame is not generated, so that the initial fire fails ^ the gas is diffused in the furnace mouth. 'The gas wheel _ thin, _ 微 micro-switches for ignition operation, the above-mentioned two-time & early pain is connected with the same--------------------------------------- For high-frequency power, and the ignition control «to make the corresponding initial stage, the illusion system can contain one or two delay capacitors that will slowly discharge when using the fire. Compared with the prior art, this creation is connected in units. When V Qingchu 1 controls the early enthalpy and ion-induced flame vibration, the input and the setter's knotting field are resistant to Honghuo County as expected, and the auxiliary coil cannot be supplied with electricity. And the situation that the gas is diffused in the furnace mouth when the ignition fails. M342478 [Embodiment] The implementation method suitable for this creation is listed with the following technical means according to the creation, and the illustrations are as follows: 〃请娜-轮,县帛„构(四)图, this is actually the mother of Li, the furnace Called the gas supply terminal setting - the electromagnetic supply _ can be safely blocked by the gas supply. The solenoid valve 1Q is controlled by the main coil and the auxiliary coil; the f line surface _ its Budton, (4) the electric clerk G is activated and the fuel is turned on. The flow of gas is evil. The cover/, there is fire (4), the power of the main coil is due to the thermocouple 20 = of the furnace, and the work is provided on the dish. When the flame is annihilated and the temperature of the thermocouple drops. The main line _ loss of power supply is off the supply of the furnace. The power of the auxiliary coil is provided by an initial ignition control unit 30, in the user's wire ignition operation, the fire is generated, but the thermocouple 2{) is still working. The temperature 牯7 auxiliary coil can be operated to maintain the gas supply to maintain the furnace flame, so that the thermocouple 20 can be continuously heated to the working temperature. The early age fire control fresh 兀 3G and the ion-induced flame oscillating unit are connected. The ion induced flame vibration unit 40 The ignition control unit 40 is unable to supply power to the auxiliary coil and block the supply of the gas when the ignition and flame detection at the mouth of the furnace is connected to the user's end of the ignition operation and the furnace flame is not generated. In the implementation of the creation, the utility tool can be set up - the two health ports, the figure is not in the figure, the gas appliance is provided with two furnace mouths, and corresponding to each furnace mouth - for the user to perform the ignition operation Micro-motion coffee 6G, the above-mentioned butterfly ignition control corresponding to each banknote 8 M342478 .=0-wheel (four) inquiry tearing the yuan a paste off 60 o'clock all the ignition and fire • know the needle 5. Both touch; Ren Hao, and Through the ignition and flame detection needle 5 θ " into the south pressure into the 斟靡64, # feedback to detect the flame generated mouth, with W as the knife fire control unit 3 〇 can supply relative power. The auxiliary coil of 1U is the first ignition control 丨f. The auxiliary of the solenoid valve 10 corresponding to the early 30 butterfly is also set in the initial ignition control unit 30. The user will enter the capacitor 3 when the test is 6G. The delay capacitor 31 is stopped by the user, and the delay r 1 τ " The flaming red day (release the micro switch Θ0) will only proceed and slow down the discharge, so that the auxiliary line of the solenoid valve 10 will be fully heated, and the thermocouple 20 can be fully heated. The working temperature of the main coil power is in the process of supplying the temperate gas, the ignition and flame detecting needle 50 has measured the state of non-existence, and the ion-sensing flame vibrating unit 40 immediately makes the initial j-fire control As early as 3G, it is impossible to supply power to the auxiliary coil of the 1G solenoid valve to interrupt the supply of gas', thereby preventing the ignition from occurring when the initial ignition fails. The situation is that the ignition body is more secret and the ignition operation is performed. In case of failure, the gas 1 should be safely blocked. Please refer to the second figure, which is a schematic diagram of the second embodiment of the present creation, the second embodiment and the fourth _ in the side of the ship and the transfer technology The difference is that the two delay capacitors 31 are disposed in each of the initial ignition control elements 3 () of the second embodiment, and the instantaneous charging is performed when the controller presses the surface _ 6 , to Operates with the aforementioned auxiliary coil of M342478. - Please refer to the three figures, which is a schematic diagram of the structure of the three embodiments. The third = application is roughly in line with the technical means of the first and second implementation ages, and the third is more special. The gas appliance is provided with a plurality of furnace ports, each of which is provided with a micro-motion 6G for the ignition operation of the Langer, and an ion-induced flame oscillation unit 4 is provided corresponding to each of the initial ignition control units 30. . When the —-微崎关6〇 is touched, the ignition and flame detection needle 50 corresponding to the same-furnace mouth will perform the Gaoyi electric ignition action, and at the same time, the feedback of the furnace flame can be detected. . In summary, the creation is based on the setting of the ion-induced flame oscillating unit 4〇, depending on the presence or absence of the flame, to control the electric (4) auxiliary circuit to prevent the solenoid valve 1G from being fired in the corresponding furnace mouth. When it is generated, delaying the supply of Wei can effectively prevent the gas from diffusing into the furnace mouth when the initial ignition fails. However, as shown in the above description of the implementation and the drawings, it is not the author of this creation. Therefore, with the creation of this creation, clothing, special cages,
似或相雷同者，均應屬本創作之創設目的及申請專利範、I I 之内.。 10 M342478 4 ~ 【圖式簡單說明】 1 ^ 第一圖：本創作第一實施例之構成示意圖。 第二圖：本創作第二實施例之構成示意圖。 第三圖：本創作第三實施例之構成示意圖。 . 【主要元件符號說明】 ^ 10電磁閥 _ 20熱電偶 30初期點火控制單元 31延遲電容 40離子感應火焰振盪單元 50點火暨火焰檢知針 60微動開關 11It seems that the same or similar, should belong to the creation of this creation and apply for a patent, I I. 10 M342478 4 ~ [Simple description of the diagram] 1 ^ First diagram: Schematic diagram of the first embodiment of the present creation. Second figure: A schematic diagram of the structure of the second embodiment of the present creation. Third figure: A schematic diagram of the structure of the third embodiment of the present creation. [Main component symbol description] ^ 10 solenoid valve _ 20 thermocouple 30 initial ignition control unit 31 delay capacitor 40 ion induction flame oscillation unit 50 ignition and flame detection needle 60 micro switch 11